Applied optics and optical engineering,Vol.III by R et al Kingslake

By R et al Kingslake

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Ray .. ,.. 2 Showing how light is refracted when passing from one medium into a denser medium Theory 39 The transmitted light usually changes direction w h e n it enters the second material. This bending of light is called refraction and d e p e n d s on the fact that whilst light travels at one speed in one material it will travel at a different speed in a different material. As a result, each material has its o w n refractive index and this is used to calculate the a m o u n t of bending that takes place.

This bending of light is called refraction and d e p e n d s on the fact that whilst light travels at one speed in one material it will travel at a different speed in a different material. As a result, each material has its o w n refractive index and this is used to calculate the a m o u n t of bending that takes place. 6. 62725 flint, flint, flint, flint, flint, heaviest heavy lanthanum light medium The refractive index of a material affects light d e p e n d e n t on whether: 9 light goes from a material with a low refractive index to one with a high refractive index; or 9 light goes from a material with a high refractive index to one with a low refractive index.

Optical fibers can also be incorporated into, or become part of, almost any existing network infrastructure with little or no difficulty. 6 Electrical insulation As an optical fiber is metal-free, there is no requirement to ground or earth the optical waveguide against, say, lightning strikes and, as no electrical signal is being transmitted, an optical waveguide is capable of bridging large differences in potential and could, for example, act as a control line for a high voltage switching station.

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Categories: Optics